ES2320241T3 - DISPOSABLE BIBERON. - Google Patents

Abstract

Disposable baby bottle (1; 1b; 1c; 101) with (i) a container (2; 2c; 102), (ii) a suction unit (3; 103), (iii) and an intermediate element (13; 113) , whose intermediate element (13; 113), on the one hand, is attached or can be fixedly joined with the opening area (16; 116) of the container (2; 2c; 102) and, on the other, is attached or can be fixedly connected with the suction unit (3; 103), whereby the intermediate element (13; 113) has a greater stability than the container (2; 2c; 102), especially that the opening area (16; 116) of the container (2; 2c; 102), and whereby the container (2; 2c; 102) is foldable and the intermediate element (13; 113) and the suction unit (3 ; 103) are attached or can be joined with a closing mechanism (27), characterized in that the closing mechanism (27) is a quick closing lock (28) and that the suction unit is formed as a single piece .

Description

Disposable baby bottle

The present invention refers to bottles, especially disposable bottles for filling unique, comprising a nipple and a container, as well as a intermediate element for disposable bottles, an arrangement for disposable bottles and a kit for a disposable bottle.

Conventional bottles are generally composed of a container, a nipple and an annular stop, with which the nipple is fixed to the container such that, generally, the outlet for the liquid that is in the nipple is arranged above the center of the opening of the container. Most of the time the annular stop is screwed to the container, more precisely to a thread on the outer side of the opening of the container.
piente

Reusable bottles must be cleaned and sterilized enough to prevent the drinks that they are loaded into them, contaminated, for example with bacteria. The sterilization requires time and in the case of cleaning by from an inexperienced or insufficient cleaning can remain remains, that cause the child to be exposed to a risk.

In the current state of the art they are known different proposals for disposable bottles.

A step towards the rational production of a disposable bottle consists of a reduction of the components. TO such effect, the nipple of the nipple, which is normally found made of a flexible material, and the annular stop, which most of the times it is of a more rigid material, they can be united in a single piece, as published in US2004 / 0256345 and EP 0 300 786.

In DE 35 35 653 and EP 0 300 786 are proposed also folding containers, which can be folded especially Like a bellows For delivery, storage and disposal containers of that type do not require much space and the Volume can be enlarged when filled.

DE 35 35 653 shows a collapsible container bellows type, whose upper area was subjected to a process of hardening in the part near the opening of the container for be able to fit with the annular stop.

To force the unique use of the bottle is possible, that the suction unit should be attached to the container through a quick closing lock, as shown in US 2004/0256345 and the documents cited therein. If the bottle is filled and closed once, then it can't be opened again to fill it again.

FR 2 779 946 describes a folding bottle, whose nipple can be screwed to the neck of the bottle. It is proposed Store the folded bottle in a closed glass with a foil.

WO 01/58235 also shows bottles folding, whose teats can be attached to the neck of the bottle to Through a thread. Figure 8 shows a bottle whose opening is welded to a rigid piece, provided with a external thread

US 3 182 841 shows a bottle, with what a suction unit with a quick closing lock is attached to an intermediate element of a container.

The disposable bottles known so far They are difficult to handle or complicated and expensive to manufacture.

Therefore it is the task of the invention to present Simple disposable bottles that offer comfortable use and hygienic and that can be manufactured efficiently and economical

According to the present invention this task is resolved by a disposable bottle according to claim one.

Therefore a disposable bottle is presented that It comprises a container, a suction unit and an element intermediate, whose intermediate element, on the one hand, is attached or can be fixedly attached to the opening area of the container and, on the other hand, is attached or can be joined by fixed way with the suction unit, bringing the element intermediate presents greater stability so that the container, especially that the opening area of the container.

Like all bottles, the bottle according to The invention presents a container for receiving the beverage, for example milk, tea, juice or even porridge, and a unit of suction with a mouthpiece for a child, a patient or an animal suck. Alternatively or additionally to the suction unit a closing element can be provided for the sealing to the bottle liquid.

According to the invention the two components essential, i.e. the container and the suction unit, are they can attach to the intermediate element. Before filling it can be joined the intermediate element with the container or the element Intermediate with the suction unit. The second union, with unity suction or with the container, generates the tight coupling to the liquid from the suction unit and the container, so that the filling can only exit through the planned liquid outlet for this in the nozzle of the suction unit.

However each of the unions is fixed for prevent the bottle from refilling. A fixed joint can be create during manufacturing or through a closing mechanism correspondent. Fixed means here, that through the union you you should avoid opening and subsequent closing of the bottle without break it.

In the case of known bottles up to now the containers had to be manufactured in such a way that possible an insert with the corresponding part of a unit of suction. This condition limits the selection of material and other nature, especially because in the case of bottles for the individual filling and for the suitability of a suction unit is necessary a large container opening in comparison.

It is also necessary to make available a manageable grip surface on the bottle, since generally It is used to hold the bottle during feeding. For Older children can also provide handles in the bottle. The grip surface and handles cannot necessarily be combined with all bottle geometries, in the case of a bottle according to the invention, however, they can be easily combined with the intermediate element.

The intermediate element makes it possible a liquid tight connection between the suction unit and the container, regardless of the nature of the components. It is decisive that the intermediate element present at least greater stability so that the container, or that the section of the container with which the union is made, that is normally, than the opening area of the container. Stable in form means here, that the intermediate element has a stiffness in hands of the user, that guarantees the conservation of the form External and maintenance of the flow opening.

In the case of disposable bottles it is Convenient to use containers with low wall thickness, which due to the material savings they are economical, but that is not They can subject to great mechanical stress. This may have a unfavorable effect on handling and the possibility of creating a liquid tight junction. The intermediate element compensates for this disadvantage.

The intermediate element and the suction unit are found together or can be joined through a mechanism of closure, especially when the disposable bottle is delivered in a state, in which the intermediate element and the container are already They are united. For use the bottle is filled and closed by the user through the closing mechanism. Thus the union must not only be liquid tight, but also generate easily.

In the case of the closing mechanism it is about a quick closing lock. However, the union cannot be open and close again for another filling.

For this, the suction joint presents preferably a spring closing element, which when closing fits into a counter part provided in the intermediate element. The arrangement can also be the other way around, that is the element of spring closure in the intermediate element and the counter part in the suction unit.

The spring closing element and the Counterparts can be shaped annularly.

If the counterpart is not provided in outer side of the intermediate element, but within it, then there is practically no possibility of opening the union without breaking it.

The suction unit is shaped As one piece. The suction unit preferably comprises a central area composed of an essentially flexible material, with an outlet for liquid and an annular area that is essentially stable in terms of form.

The central area, which comprises the nozzle preferably it has a comfortable shape for the child, which adapts to the jaw or simulates the breast and an elasticity of the material, which allows the liquid to escape just the child suck. The essentially stable annular area in the form serves preferably for tightly joining the liquid with the intermediate element and through it with the container.

In addition, the function of the annular area consists of reinforce the transition area between the container and the nipple and increase the stability of the intermediate element.

The annular area can be manufactured in a PP stable in form, the central area, for example, in TPR or EVA.

One-piece execution makes it easy to use When assembling the bottle and reduce the amount of components.

Suction units may be provided of an outlet for a given liquid, which is suitable for output of liquids of certain viscosity, for quantities defined of liquid or for the suction force of children of a determined age Alternatively, the suction unit can understand a variable system, through which the selection and adjustment of different outputs for liquids.

In addition, in the suction unit or in the container may be provided an additional valve opening, which generates an "anti-colic" effect, that is which prevents the child from swallowing air.

The container is foldable. The bottles with Collapsible containers can be delivered saving a lot of space. After deploying, they offer sufficient interior volume. For the disposal can be folded back the container to occupy less space.

The folding can be done in different forms, however the deployment should be intuitive for the user or even automatic with filling. To do this it is convenient, if folding is done along an axis longitudinal of the container, for example in the form of bellows. In general the longitudinal axis is arranged so vertical with respect to the opening surface of the container, but it can also take place at another angle to the surface opening

Due to the stability of the form the element intermediate is the one that gives the shape and defines the area of opening between the container and the suction unit.

To achieve this, the intermediate element can be composed of pieces that only come together to achieve the definitive form, that stabilizes the union when coupling them.

However, the intermediate element is found shaped, preferably annularly, so that the area of opening of the intermediate element corresponds essentially to the area opening of the container or suction unit.

Advantageously the container consists of a flexible, liquid tight material, preferably a plastic such as EVA or LDPE. These materials are Economical for manufacturing, meet the requirements in the area of food and admit various possibilities for the outer contour

In view of disposable bottles and because of low spatial need, lightweight and flexible materials are advantageous for transporting even large amounts of unit and practical for disposal.

Preferably the container can be folded to along a longitudinal axis of the container, for which it folding surfaces are provided that run in shape spiral around the longitudinal axis. Contrary to gluing bellows type, in which different surfaces are interleaved tilt, spiral-shaped folding surfaces or helix form continuous areas, and the liquid can flow along on the inside of them.

In the case of bellows type folding are facing surfaces of equal inclination with respect to the axis as well as folding angles directed inwards and outwards. This It has as a consequence that containers of this type can be fold very easily. However this is not desirable for bottles, since a container with a basic cylindrical shape or Stable is easier to catch and the liquid can come out better.

The passage height of the turns in containers with a spiral type folding it can be selected so that, in each case, the folding angles directed inwards and towards out face. In such an arrangement, the flexural stiffness

The good liquid runoff capacity on the inside wall of a container that can be folded into shape spiral and flexural rigidity make this type of containers are suitable for bottles of any kind, especially for disposable bottles, for example with closure to thread.

The folding container presents, preferably, an edge without folding surfaces in the area of opening, in which the connection with the element can be made intermediate.

The union of the container with the intermediate ring It can be done by gluing it or directly injecting different injection plastics A flexible opening of the container also it can be placed on a more rigid intermediate element, annular and generate a liquid tight junction.

However, it is preferably found provided a fixing element, through which they are joined or joined the container and the intermediate element. The element of fixation can consist of a thread pair that allows a threaded connection, of a clamping element or of a locking block Quick.

A very simple solution is to join, or enable the connection of the container and the intermediate element to through a fixing ring. The fixing ring, for example a closed elastic band, presses the opening area of the container to the outer contour of the intermediate element. The union is It can easily achieve manually and is economical.

In an advantageous embodiment of the invention the disposable bottle comprises at least one fastener, which surround, at least partially, the bottle.

         \ newpage
      

Especially in the case of bottles that present a flexible or collapsible container is advantageous if the bottle has an additional grip surface through the which person holding the bottle can hold it without exert pressure on it and preventing it from becoming deformed or The liquid is expelled outwards. Grip surface it can be shaped by the intermediate element and enlarged by the clamping element

However, the function of the clamping element it consists mainly of surrounding, at least partially, the container, especially when it is empty. A bottle with a collapsible container it can, in an empty state, be stowed at less partially within the clamping element or the latter can prevent deployment while the container is missing full or while being prepared for a filling.

During delivery and storage the holding element especially protects a container from thin walls.

The fastener may be fixed to the container base and at the same time serve as a support element for flexible containers.

In a preferred embodiment the element of clamp is placed in the intermediate element, either conformed in a single piece with the same or as fixed to it As a separate component.

In a preferred embodiment of the invention the clamping element is shaped, at least partially,  cylindrically. The inside diameter is larger than the diameter outside of the container The height of the cylindrical shape preferably corresponds to the longitudinal extension of the container in folded state.

Preferably the basic cylindrical shape of the fastening element has notches that allow removal of the folded container from the fastener. At case of a folded or spiral type folded container the diameter outside in the folded state is slightly larger than the diameter in the state unfolded. Therefore, the diameter of the clamping element is selected so that the folded element is held right on the clamping element and not deployed alone.

Instead of a cylindrical basic shape with notches the clamping element can also have finger-shaped structures, which fulfill the same function but They require less material.

At the ends of the fasteners cylindrical or finger-shaped leaving the side on which the fastener is attached to the bottle, they can be planned elements of insertion, through which it is maintained folding a container and preventing it from unfolding.

While the container is preferably made of a rather soft plastic, such as LDPE or EVA, a stable plastic is provided for the fastener, such as for example
PP

In another advantageous embodiment, the element of clamping can be shaped like a tongue. In that way of execution can be placed at least one tongue around the bottle folded and held or held. The container is deploys only when the at least one is detached, tongue.

To do this, in an advantageous execution of the invention disposable disposable baby bottles are provided individually in an outer packaging, preferably a blister. While the disposable bottle is in the packaging, the inner volume of the container is reduced, for example because the container is folded type bellows. A container that is shaped as a bag by a flexible material can also be rolled or compressed from another way inside the packing.

Disposable bottles can be supplied empty or partially filled. In the latter case, for example, the container can contain a certain amount of a drink in powder or granulate that dissolves when adding a certain amount of liquid.

The outer packaging can not only keep the sterilized bottle, but simultaneously prevent the filling out.

Alternatively the container or the container and intermediate element may be closed provisionally until use, for example through a foil or a plug, so that at least the inside of the container remain sterilized and prevent a possible Fill out.

The provisional closure may be made of hermetic way, so as to avoid the entry of air into the container and a deployment ahead of time.

After removing the provisional closure, by example a cover or sheet, or after opening the packaging outside the bottle should eventually be deployed, otherwise it It is ready for use. It should not be sterilized.

The components for a disposable bottle is say container, intermediate element and suction unit are preferably found in an outer packaging, so that after opening an outer packaging unit a bottle disposable is ready for use.

In the packaging a suction unit is is arranged in an inverted position on the container, preferably, that is with the central nozzle directed towards the center of the interior of the container. This provision enables a compact packing size.

The user should only perform few maneuvers for use. You can try the following: open the blister, unfold the spiral bellows type container, fill the container, fit the suction unit into the element intermediate.

Additionally the disposable bottle can be Supply with a cover to cover the suction unit. Cover serves to temporarily cover the suction unit when the Bottle content is not drunk at once and the bottle is still full Partially stored temporarily. The lid can be part of outer packing.

Preferably the cover has elements of closure, for example a thread or a snap edge, with which inserted into the intermediate element or the annular element.

The intermediate elements can be manufactured from such that they can be joined with suction units conventional. In that case you can also provide only the container or container and intermediate element for use only. The user uses the suction units that he can acquire and sterilize together with the disposable article, which eventually It is partially full. For example during a trip, in the I walk, in a hospital or a nursery, where several children can avoid measuring and filling the amount of milk or powdered drink for each portion, you should only add water or other liquid to the fill mark. After the use the container or the container and the intermediate element is discard

Preferably, however, the entire bottle is It consists of disposable items.

The task of the invention is further solved by a kit for assembling a disposable bottle, which consists of a container, a suction unit and an intermediate element, with what that the intermediate element, on the one hand, can be joined so fixed with the opening area of the container and, on the other, you can fixed connection with the suction unit and the element intermediate presents greater stability so that the container, especially that the opening area of the container.

The container can be folded and the unit Suction is made up of one piece. The element intermediate and suction unit can be joined or found joined through a quick closing lock.

The kit can also contain a container, which already contains the beverage or a component of a beverage, for example a powder. Preferably the container is closed provisionally until the assembly of the disposable bottle, so that the Content does not escape. The closing element is removed completely for bottle use, for example it can be removed if it is a plug, or partially removed, for example if doing a cut in a sheet produces an opening sufficiently big.

The closing element can be removed or opened manually, or in the suction unit is a device to click with which you can create a passage area in the closing element.

Drawings

Figure 1 shows a first side view of a first example for a disposable bottle according to the invention;

Figure 2 shows a second side view of the first example for a disposable bottle according to the invention;

Figure 3 shows a section of the first example for a disposable bottle according to the invention along a cutting line A-A, according to figure 2;

Figure 3a shows a section of another example for a disposable bottle according to the invention along a corresponding cut line;

Figure 4 shows a detailed view of the first example for a disposable bottle according to the invention, according to the marked section B of figure 3;

Figure 5 shows schematic sectional view of a second example for a disposable bottle according to the invention;

Figure 6 shows a detailed view of the second example for a disposable bottle according to the invention, according to the marked section C of figure 5;

Figure 7 shows a side view of a example for a single piece suction unit;

Figure 8 shows a perspective view of a example for an annular area of a suction unit;

Figure 9 shows a side view of a example for a disposable bottle according to the invention with a holding element comprising finger-shaped elements;

Figure 10 shows a side view of a example for a disposable bottle according to the invention with a fastening element comprising a tongue;

Figure 11 shows a side view of a example for a kit according to the invention for the bottle disposable.

Figure 1 shows a first side view of a first example for a disposable bottle 1 according to the invention. The disposable bottle 1 comprises a container 2, a suction unit 3, consisting of a central area 4 and an area annular 5, and a clamping element 6.

The container 2 has folding surfaces spiraliforms 7a, 7b.

The clamping element 6 has notches 8.

The disposable bottle 1 has a capacity of approx. 250 ml and has a diameter 9 of 4-7 cm, preferably 55 mm.

Figure 2 shows a second side view of the first example for a disposable bottle 1 according to the invention.

The container 2 can be folded along a longitudinal axis 10 and can be introduced, at least partially, in the clamping element 6. The notches 8 of the clamping element holding 6 serves to unfold the container 2.

The step height 11 of the turns in the form of spiral in containers in deployed state was selected so which, in each case, face a fold out 12th and a fold in 12b. This gives the recipient 2 true flexural stiffness

Figure 3 shows a section of the first example for a disposable bottle 1 according to the invention along A cutting line A-A, according to figure 2. In the present example the clamping element 6 is located formed in one piece with intermediate element 13. The intermediate element 13 has a tongue-shaped extension 14 for connection with the container 2. A fixing ring 15 press, as fixing element 29, to the opening area 16 of the container 2 to the tongue-shaped extension 14 and procure a liquid tight junction.

Simultaneously, intermediate element 13 has an annular notch 17, which serves as part of a mechanism of closure for connection with the suction unit 3.

Figure 3a shows a section of another example. for a disposable bottle 1a according to the invention along an analogous cut line as in figure 3. In the present example the intermediate element 13a is formed in a single piece with container 2a. The prolongation in the form of tongue 14a extends towards the opening area 16a of the 2nd container.

As closing unit 3a serves a unit of suction 3.

Figure 4 shows a detailed view of the first example for a disposable bottle according to the invention, according to the marked section B of figure 3.

The intermediate element 13 has a annular notch 17 with an inwardly directed edge 18.

The annular area 5 of the suction unit 3 has an edge area 19, which fits into the annular notch 17 of the intermediate element 13.

The edge area 19 is folded throughout the extension of the annular area 5 in the form of a hook to form a flange 20, which cannot be seen explicitly in the view in detail.

By entering the edge area 19 in the notch 17 the hook-shaped flange 20 is pressed against  the edge area 19 by the edge 18. When the flange 20 has passed the edge 18 returns to adopt the original position and moves away from the border area 19.

For this, the flange 20 is inserted into the projection 21 of edge 18 and is generated, as closing mechanism 27, a quick closing lock 28. In this way, the suction unit 3 is fixedly connected to the intermediate element 13.

Figure 5 shows schematic sectional view. of a second example for a disposable bottle according to the invention 101. The disposable bottle 101 is in the state folded, that is, the bellows container 102 is located compressed. All disposable baby bottle 101 with container 102, the suction unit 103 and intermediate element 113 is in a blister 122, whereby sheet 123 not only closes the blister 122, and therefore also keeps the bottle sterilized disposable 101, but also keeps the type container folded bellows 102.

Folded container 102 contains a beverage concentrate 125.

If blister 122 is opened, container 102 will can unfold and fill with a liquid in which the beverage concentrate

If the disposable bottle 101 was filled and is in use, then the upper part 124 of the blister 122 is can be used as a cover for the suction unit when the Child interrupts the drinking process.

Figure 6 shows a detailed view of the second example for a disposable bottle 101 according to the invention, according to the marked section C of Figure 5.

Also in the example shown here the element intermediate 113 has a tongue-shaped extension 114, on which the opening area 116 of the container 102.

At the same time intermediate element 113 offers a notch 117 for the insertion of the annular area 105 of the suction unit 103.

A fastening element for stowage is not provided the recipient.

But intermediate element 113 has a grip surface 126, from which the bottle can be held disposable 101 during feeding.

Figure 7 shows a side view of a example for a single-piece suction unit 3, composed by a central area 4 of a flexible material and one more annular area stable in form 5. In the annular area 5 is also found provided an edge area 19 directed downwards with a flange 20, which in its cross section presents a profile in the form of hook.

Figure 8 shows a perspective view of an example for an annular area 5 of a suction unit 3 not shown in detail in the figure.

The annular area 5 is provided, in all its extension, from an edge area 19 directed downwards, which It has a hook-shaped flange 20. It seeks a joint liquid tight with an intermediate element not shown in the figure.

The annular area 5 has a smaller section 31 thickness of material on its inner side 30, which has a large number of annular notches 32.

During the manufacture of a suction unit in one piece the section of smaller thickness of material 31 is extrusion coated with a flexible material, which fills the notches 32.

The union between the central area of the unit suction, not shown in the figure, and the annular area 3 must be liquid tight and resist the effort generated by suction to to drink. The notches 32 reinforce the mechanical strength of the Union.

The intermediate element not represented in this drawing is reinforced by the annular area 5 after joining with the suction unit.

Figure 9 shows a side view of a example for a disposable bottle 1b according to the invention with a fastener 6b comprising elements in the form of fingers 61.

Figure 10 shows a side view of a example for a disposable bottle 1c according to the invention with a fastener 6c comprising a tongue 62. The tab 62 keeps the container 2c folded.

Figure 11 shows a side view of a example for a kit 70 according to the invention for a bottle disposable 1, consisting of a suction unit 3 and a container 2 already joined with an intermediate element 13.

The container is closed provisionally with a closure element 71.

To use the disposable bottle 1, remove the closing element 71, the container 2 is filled and closed with the suction element 3.

Claims (18)

1. Disposable baby bottle (1; 1b; 1c; 101) with (i) a container (2; 2c; 102), (ii) a suction unit (3; 103), (iii) and an intermediate element (13; 113), whose intermediate element (13; 113), on the one hand, is attached or can be fixedly joined with the opening area (16; 116) of the container (2; 2c; 102) and, on the other, is attached or can be fixedly connected with the suction unit (3; 103), whereby the intermediate element (13; 113) has a greater stability than the container (2; 2c; 102), especially that the opening area (16; 116) of the container (2; 2c; 102), and whereby the container (2; 2c; 102) is foldable and the intermediate element (13; 113) and the suction unit (3; 103) are attached or can be joined with a closing mechanism (27), characterized in that the closing mechanism (27) is a quick closing lock (28) and that the suction unit is formed as a single piece. 2. Disposable bottle according to claim 1, characterized in that the intermediate element (13; 113) is formed in one piece with the container (2; 2c; 102). 3. Disposable bottle according to one of claims 1 to 2, characterized in that the intermediate element (13; 113) forms a grip surface. 4. Disposable bottle according to one of claims 1 to 3, characterized in that the intermediate element (13; 113) has essentially an annular shape. 5. Disposable bottle according to one of claims 1 to 4, characterized in that the container (2; 2c; 102) is formed of a flexible, liquid-tight material. 6. Disposable baby bottle according to one of claims 1 to 5, characterized in that the container (2; 2c; 102) can be folded along a longitudinal axis (10) of the container (2; 2c; 102), thereby that folding surfaces (7a, 7b) are provided that spirally run around the longitudinal axis (10). 7. Disposable bottle according to one of claims 1 and 3 to 5, characterized in that the container (2; 2c; 102) is attached or can be joined with the intermediate element (13; 113) through a fixing element (29). 8. Disposable bottle according to claim 7, characterized in that the fixing element (29) is a fixing ring (15). 9. Disposable bottle according to one of claims 1 to 8, characterized in that the suction unit (3; 103) comprises a central area (4; 104) composed of an essentially flexible material, with an outlet for liquid and an annular area which is essentially stable in terms of shape (5; 105), whereby the central area (4; 104) and the annular area (5; 105) are formed in one piece. 10. Disposable bottle according to one of claims 1 to 9, characterized in that the bottle (1; 1b; 1c; 101) comprises at least one fastener (6; 6b; 6c), which surrounds, at least partially, the baby bottle (1; 1b; 1c; 101). 11. Disposable bottle according to one of claims 1 to 10, characterized in that the holding element (6; 6b; 6c) is provided in the intermediate element (13; 113). 12. Disposable bottle according to claim 11, characterized in that the clamping element (6) is formed, at least partially, in a cylindrical manner. 13. Disposable bottle according to claim 11, characterized in that the holding element (6b) comprises finger-shaped elements (61). 14. Disposable bottle according to claim 11, characterized in that the holding element (6c) comprises at least one tongue (62). 15. Arrangement with a disposable bottle (1; 1a; 1b; 1c; 101) according to one of claims 1 to 14, characterized in that the disposable bottle (1; 1a; 1b; 1c; 101), whose inner volume is reduced, preferably due to folding, is individually arranged in an outer package (122), preferably a blister (122).

           \ newpage
        

16. Arrangement with a disposable bottle (1; 1a; 1b; 1c; 101) according to claim 15, characterized in that the disposable bottle (1; 1a; 1b; 1c; 101) contains a beverage concentrate (125), especially a powder 17. Kit for assembling a disposable bottle (1; 1b; 1 C; 101) composed of (i) a container (2; 2c; 102), (ii) a suction unit (3; 103), (iii) and an intermediate element (13; 113), whereby the intermediate element (13; 113), on the one hand, can be fixedly connected with the opening area (16; 116) of the container (2; 2c; 102) and, on the other, can be joined by fixed way with the suction unit (3; 103), whereby the intermediate element (13; 113) has a greater stability so that the container (2; 2c; 102), especially that the opening area (16; 116) of the container (2; 2c; 102), and whereby the container (2; 2c; 102) is foldable and the intermediate element (13; 113) and the suction unit (3; 103) can be joined with a closing mechanism (27), characterized in that the closing mechanism (27) is a quick closing lock (28) and that the suction unit is formed as a single piece. 18. Kit according to claim 20, characterized in that the container (2; 2c; 102) contains at least one beverage concentrate (125), especially a powder, and the container (2; 2c; 102) is closed with a closure element (71), which can be removed at least partially.